Sistema di allerta automatico laser per prevenire danni esterni alle linee elettriche ad alta tensione

In the current era of vigorous development of the power industry, high-voltage transmission lines, as the "major arteries" for energy transmission, their safe and stable operation is of utmost importance. However, external damage factors such as ultra-high operations of vehicle cranes, overgrowth of trees, kite-flying, ultra-high buildings, and tower foundation tilting constantly affect the safety of transmission lines, posing huge challenges to power grid operation and maintenance. To effectively address these problems, we are proud to launch a brand-new product - Laser Anti-External Damage Early Warning Device for Transmission LinesTLKS-PMG-WP, which will become your reliable assistant in protecting power grid safety.

I. Innovative Integration, Opening a New Era of Intelligent Monitoring

Laser Anti-External Damage Early Warning Device for Transmission LinesTLKS-PMG-WP integrates power electronic technology, new energy technology, 4G wireless communication technology, wireless sensor network technology, H.26 video encoding and decoding compression technology, and is skillfully combined with intelligent recognition technology and laser detection technology, integrating into a powerful transmission line monitoring system. This innovative technological integration enables it to accurately and efficiently cope with various complex external damage scenarios, providing all-round and multi-level protection for transmission lines.

II. Core Functions, All-round Guarantee for Power Grid Safety

1.The device is equipped with an advanced laser over-limit detector, which can perform real-time over-limit analysis and alarm for illegal construction machinery. Once foreign objects such as construction machinery invade the safety range of the line, the system can respond quickly, send an alarm in time, avoid accidents, and nip safety risks in the bud.

2. It has a powerful intelligent video monitoring function, which can effectively monitor the external damage risk points of transmission lines. Through high-definition image sensors and intelligent recognition algorithms, it automatically tracks risk points such as cranes, trees, floating objects, etc., and marks the risk level, providing accurate and intuitive information for operation and maintenance personnel, assisting them in making quick decisions, and improving operation and maintenance efficiency.

3. It integrates anti-theft detection function, which can real-time monitor illegal climbing of iron towers, theft of tower materials and other behaviors. When an abnormal situation occurs, the system immediately triggers an alarm, and pushes the location information and on-site images to the operation and maintenance platform, realizing the dual guarantee of "civil air defense + technical defense", effectively preventing the iron tower from being damaged, and ensuring the safety of power grid infrastructure.

4. It has a built-in wireless high-pitched speaker, supporting remote loudspeaker function. When dangerous behaviors are detected, operation and maintenance personnel can send voice warnings through remote loudspeaker, such as "High voltage danger, evacuate immediately", realizing the mode of "early warning first, then intervention", effectively driving away illegal personnel or machinery, reducing accident risks, and ensuring the safety of personnel and equipment.

5. It has a remote power management function, operation and maintenance personnel can remotely control the power on and off of the device, and real-time monitor energy consumption, optimize the device working mode. At the same time, it adopts a dual power supply system of solar energy + lithium battery, ensuring stable operation for 15 days even in continuous rainy weather, reducing the frequency and cost of manual maintenance, and achieving the goal of energy saving and efficiency improvement.

6. The device has excellent anti-electromagnetic interference ability, strong electromagnetic compatibility, and has passed strict electromagnetic tests. The professional lightning protection design can adapt to areas with high lightning strike frequency, ensuring that the system can still operate stably and automatically recover functions after being struck by lightning. In addition, it also has a professional waterproof and anti-corrosion design, ensuring that the system is not corroded by moisture, and can work reliably in various harsh environments.

7. It has small volume, light weight, compact structure, and supports multiple installation methods such as hoop and bracket. No power outage operation is required, and deployment can be completed within 1 hour, adapting to various types of iron towers and complex terrains, greatly shortening the installation time, and reducing the installation difficulty and cost.

III. Technical Parameters

1. Working voltage: DC12V ±10%

2. Laser wavelength: 905nm

3. Monitoring distance: 1000 meters (standard condition)

4. Image sensor: 1/1.8″ CMOS

5. Communication method: 4G full Netcom, WIFI, Beidou

6. Power consumption: static ＜5W, rotating ＜15W

7. Voice warning sound pressure level: 110dB

8. Protocol support: State Grid / China Southern Power Grid transmission protocol

IV. Wide Applicable Scenarios, Meeting Diverse Needs

Laser Anti-External Damage Early Warning Device for Transmission LinesTLKS-PMG-WP is applicable to various external damage monitoring and early warning scenarios of 10KV - 1000KV high-voltage transmission lines, including but not limited to:

• Ultra-high operation areas of vehicle cranes under transmission lines;
• Sections where tree growth approaches the safety distance of conductors;
• Risk-prone areas such as kite-flying and floating objects around the lines;
• Areas where iron tower foundations are tilted and there is a risk of theft and damage.

Choosing Laser Anti-External Damage Early Warning Device for Transmission LinesTLKS-PMG-WP means choosing an efficient, intelligent and reliable power grid safety solution. It will help you reduce operation and maintenance costs, reduce manpower investment, improve power grid operation reliability, making your power grid management easier and more reassuring.